; GPIO's auf NONE stellen!

>D           ;defines
temp=0
AC_Voltage=0
PV_Voltage=0
Batt_Volt=0
Batt_Volt10=0
Chg_current=0
DChg_current=0
Batt_current=0
Batt_Asec=0
Batt_Ah=0
Chg_power=0
DChg_power=0
Batt_power=0
AC_freq=0
val2=0
val3=0

>B                 ; at boot
->DisplayText [zs1l1c1]Temperatur innen[s1l3c12]o[s2l2c7]C
->sensor53 r       ; d1 for debug, !!OR!! r for normal operation of ModBus driver
->sensor53 l3      ; LED3 blinken lassen

>T                 ; on Tele message
temp=DS18B20#Temperature    ; read temperature
->DisplayText [s2l2c2]%1temp%
;print %temp%

Batt_Volt10 = PowMr#Batt_Volt10 ; read values from section >M
Chg_current = PowMr#Chg_current
DChg_current= PowMr#DChg_current

>S                 ; 1sec
Batt_Volt=Batt_Volt10/10
Batt_current=(Chg_current-DChg_current)
Batt_power=(Batt_current*Batt_Volt)
Chg_power=Chg_current*Batt_Volt 
DChg_power=DChg_current*Batt_Volt
Batt_Asec+=Batt_current                   ; each second!
Batt_Asec=mp(Batt_Asec <0 0 >(250*3600) (250*3600))  ; 250Ah Battery limit
Batt_Ah=Batt_Asec/3600
print %Batt_Volt%V, %Chg_current%A, %DChg_current%A, %Batt_current%A, %Batt_power%W, %Batt_Ah%Ah

=>Publish tele/%topic%/SENSOR {"Batt":{"Chg_power":%0Chg_power%,"DChg_power":%0DChg_power%,"power":%0Batt_power%,"current":%0Batt_current%}}
=>publish stat/%topic%/RESULT {"Batt":{"Chg_power":%0Chg_power%,"DChg_power":%0DChg_power%,"power":%0Batt_power%,"current":%0Batt_current%,"level_Ah":%0Batt_Ah%}}

>M 1               ; using 1 meter
; +<No>,<rxGPIO>,<type>,<flag>,<parameter>,<jsonPrefix>,<txGPIO>,<n x 100msec>,i x <hex Telegrams>
+1,20,m,0,2400,PowMr,21,3,05031196,05031198,0503119A,0503119C,0503119E,050311A0,050311A2,050311A4,050311A6,05031195,050311B6,050311B8,050311C8,050311CA,050311CC
1,050304uuUUxxxx@i0:10,AC Voltage,V,AC_Voltage,1
1,050304xxxxuuUU@i0:10,AC Frequenz,Hz,AC_Freq,1
1,050304uuUUxxxx@i1:10,PV Voltage,V,PV_Voltage,1
1,050304xxxxuuUU@i1:1,PV Power,W,PV_Power,0
1,050304uuUUxxxx@i2:10,Battery Voltage,V,Batt_Voltage,1
1,050304uuUUxxxx@i2:1,Battery Voltage10,V,Batt_Volt10,0
1,050304xxxxuuUU@i2:1,Batt Percent,%%,Batt_Percent,0
1,050304uuUUxxxx@i3:1,Batt Charge Current,A,Chg_current,0
1,050304xxxxuuUU@i3:1,Batt DisCharge Current,A,DChg_current,0
1,050304uuUUxxxx@i4:10,Load Voltage,V,Out_Volt,1
1,050304xxxxuuUU@i4:10,Load Frequ,Hz,Out_Freq,1
1,050304uuUUxxxx@i5:1,Load Power VA,VA,Out_PowerVA,0
1,050304xxxxuuUU@i5:1,Load Power,W,Out_Power,0
1,050304uuUUxxxx@i6:1,Efficiency1,%%,Eff1,0
1,050304xxxxuuUU@i6:1,Efficiency2,%%,Eff2,0
1,050304uuUUxxxx@i7:1,Stat4516,dec,Stat4516,0
1,050304xxxxuuUU@i7:1,Stat4517,dec,Stat4517,0
1,050304uuUUxxxx@i8:1,Stat4518,dec,Stat4518,0
1,050304xxxxuuUU@i8:1,Stat4519,dec,Stat4519,0
1,050304uuUUxxxx@i9:1,Stat4501 SBU,dec,Stat4501,0
1,050304uuUUxxxx@i10:1,Stat4534,dec,Stat4534,0
1,050304xxxxuuUU@i10:1,Stat4535,dec,Stat4535,0
1,050304uuUUxxxx@i11:1,Stat4536,dec,Stat4536,0
1,050304xxxxuuUU@i11:1,Stat4537,dec,Stat4537,0
1,050304uuUUxxxx@i12:1,Stat4552,dec,Stat4552,0
1,050304xxxxuuUU@i12:1,Stat4553,dec,Stat4553,0
1,050304uuUUxxxx@i13:1,Stat4554,dec,Stat4554,0
1,050304xxxxuuUU@i13:1,Stat4555,dec,Stat4555,0
1,050304uuUUxxxx@i14:1,Stat4556,dec,Stat4556,0
1,050304xxxxuuUU@i14:1,Temperatur,°C,Stat4557,0
#